CN207636226U - A kind of gate fan door hitting power and locking force test device - Google Patents
A kind of gate fan door hitting power and locking force test device Download PDFInfo
- Publication number
- CN207636226U CN207636226U CN201721804397.5U CN201721804397U CN207636226U CN 207636226 U CN207636226 U CN 207636226U CN 201721804397 U CN201721804397 U CN 201721804397U CN 207636226 U CN207636226 U CN 207636226U
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- dynamometer
- slipway
- test
- transverse slipway
- fan door
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Abstract
The utility model provides a kind of gate fan door hitting power and locking force test device, belongs to rail traffic AFC terminal device, gate inhibition, access and exit control, gate, Automatic fare collection equipment field.The device includes testing jig pedestal, two test platform holders, test slideway, at least one dynamometer, push-and-pull motor, testing control module；The bottom of two test platform holders is mounted on the testing jig pedestal, and two test platform holders are arranged in parallel, and form gate passage between the two；The both ends of the test slideway are separately mounted on the test platform holder of both sides；The dynamometer is mounted on the test slideway, and can be moved on test slideway；The testing control module is connect with dynamometer, acquires the data of dynamometer；The testing control module, push-and-pull motor are mounted on the test platform holder；The push-and-pull motor can be connect with dynamometer, push dynamometer movement.
Description
Technical field
The utility model belongs to rail traffic AFC terminal device, gate inhibition, access and exit control, gate, Automatic fare collection equipment field,
More particularly to a kind of gate fan door hitting power and locking force test device.
Background technology
Currently, applied to fields such as rail traffic AFC terminal device, gate inhibition, access and exit control, gate, Automatic fare collection equipments
Gate all has channel barrier device, that is, the fan door being separately mounted in two panels gate, when pedestrian is not the case where obtaining mandate
It is lower enter channel when, fan door can close in time blocking its pass through, fan door open when need certain dynamics, in sector application,
Such dynamics is named as fan door hitting power, and provides that the dynamics that fan door is opened is appropriate, it is ensured that human body will not be damaged.
Upon occurrence of an emergency situation, the fan door in gate, which can automatically open, ensures that pedestrian quickly withdraws, if fan door not and
When open, pedestrian can with the dynamics of very little by fan door squeeze, in sector application, by such dynamics be named as fan door lock stop power,
And the locking power of regulation fan door should be adjustable.
With the continuous development of track transportation industry, various regions owner establishes corresponding equipment test center, and cooperation is real
Apply the industry provincial standard promulgated and adapted to different regions crowd characteristic.But lack door leaf-pairing door strike in current sector application
The tool and means that power and locking power are quantified, tested, examined.
Utility model content
Utility model aims to solve above-mentioned problems existing in the prior art, provide a kind of gate fan door strike
Power and locking force test device, hitting power, the locking power for fanning door to gate measures, examines and adjustment, to adapt to differently
The behavior of area crowd and build strength characteristics.
The utility model is achieved through the following technical solutions：
A kind of gate fan door hitting power and locking force test device, including testing jig pedestal, two test platform holders, survey
Try slideway, at least one dynamometer, push-and-pull motor, testing control module；
The bottom of two test platform holders is mounted on the testing jig pedestal, and two test platform holders are parallel
Setting, forms gate passage between the two；
The both ends of the test slideway are separately mounted on the test platform holder of both sides；
The dynamometer is mounted on the test slideway, and can be moved on test slideway；
The testing control module is connect with dynamometer, acquires the data of dynamometer；
The testing control module, push-and-pull motor are mounted on the test platform holder；
The push-and-pull motor can be connect with dynamometer, push dynamometer movement.
The test slideway includes horizontally disposed transverse slipway and vertically disposed end slipway；The transverse slipway
Both ends are respectively and fixedly installed on the test platform holder of both sides；
The end slipway is connect with transverse slipway, being capable of transversely slideway movement and fixation；
The dynamometer is mounted on the end slipway, being capable of slideway movement and fixation along longitudinal direction.
The transverse slipway includes the upper transverse slipway being located above and underlying lower transverse slipway；
The upper transverse slipway and lower transverse slipway are arranged in parallel, and slot is provided on upper transverse slipway and lower transverse slipway；
The end slipway is vertical with upper transverse slipway, lower transverse slipway, and both ends are connected to upper cross by sliding block respectively
To slideway, lower transverse slipway slot in, and can transversely slideway move, after being moved to required position, pass through lock sheet metal component
End slipway is locked；
The upper transverse slipway, lower transverse slipway both ends be respectively and fixedly installed on the test platform holder of both sides.
The dynamometer includes hitting power dynamometer and locking power dynamometer, the two be mounted on the same end slipway or
Person is separately mounted on different end slipways；
The hitting power dynamometer is located at the top of the locking power dynamometer；
The locking power dynamometer is connect with push-and-pull motor.
The dynamometer is fixedly mounted on dynamometer mounting plate, and the dynamometer mounting plate can be moved up in end slipway
Dynamic, rotation is simultaneously fixed.
Described device further comprises multiple sensors in place, in the upper transverse slipway, lower transverse slipway, end slipway
On be provided with slot, multiple sliding blocks are installed in slot, each sensors in place by a sliding block be mounted on upper transverse slipway, under
It slides laterally, on end slipway, and can move and fix on upper transverse slipway, lower transverse slipway, end slipway；
The sensors in place is connect with testing control module, and the data of acquisition are sent to testing control module.
The fan door and system power supply connected to it and GCU of gate to be measured are installed on the test platform holder；
When being opened respectively to both sides, the channel is opened two fan doors, two fan doors respectively to closed center when, it is described
Channel is closed.
The fixed hole position of different location is equipped on the testing jig pedestal.
Compared with prior art, the utility model has the beneficial effects that：
1. changing the present situation for the hitting power that accurate, quantization can not originally examine gate fan door, equipment debugging is improved
The efficiency of test simplifies the adaptation procedure of maintenance, saves the type selecting time.
2. can intuitively be observed for the fan door action effect after fan door hitting power and the adjustment of locking power by the present apparatus, have
Fan door movement effects are adjusted according to self zone group characteristic conducive to rail transportation operation quotient.
3. can effectively obtain intuitive fan door action data in real time by data accumulation and analysis to be conducive to further
Gate fan door is extended and is optimized.
Description of the drawings
Fig. 1 the utility model gates fan the front view of door hitting power and locking force test device
Fig. 2 the utility model gates fan the left view of door hitting power and locking force test device
Fig. 3 the utility model gates fan the right view of door hitting power and locking force test device.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings：
A kind of gate fan door hitting power of the utility model offer and locking force test device, this device is using the survey automated
Trial work fills, and can realize hitting power test and the test of locking power for carrying out automation control to the fan gate cell of different manufacturers, pass through
Dynamometer acquires hitting power real time data, direct current generator and sensors in place is driven and controlled by control panel, drives dynamometer
Locking force data acquisition is carried out, hitting power, the gathered data of locking power can upload to work station and be analyzed, compared in real time, can
Fan door kinematic parameter is issued by work station, adjustment is carried out by the hitting power of GCU door leaf-pairing door units, locking power.
The present apparatus fully considers the installation of the fan door system of different manufacturers, adapts to standard channel fan door and fat pipe fans door machine
The installation of structure, and can flexibly be dismounted, the fixed hole position of different location is equipped on testing jig pedestal 6, different manufacturers
Fan door system does corresponding switching fixing piece when mounted, and fanning door system in terms of electric interfaces for different manufacturers provides AC
200V alternating currents, are connected to the serial ports of industrial personal computer at DC 24V power ports, and it is fixed to provide corresponding cable plug model and interface
Justice.Different manufacturers fan gate cell detection need to only match fan door machine core and changeover base sheet metal component, access control plate and switching bottom plate
Sheet metal component, transformer, fan door system cable.
The present apparatus by the control of work station, can door leaf-pairing door mechanism carry out switch gate control, hitting power and locking power are surveyed
Trial assembly, which is set, to be controlled, and acquires corresponding test data, is shown on work station screen.
The structure of the utility model is as shown in Figure 1, 2, 3.Specifically, test is made using sheet metal process in the utility model
Frame is equipped with 220V power supplys 11 and earth leakage protective device 10, the test platform holder 12 of both sides, industrial personal computer, fan to be measured on it
Door system power supply 13, fan door drive control module (GCU) 14 to be measured, testing control module 9, filter 8, ACDC conversion electric powers 7,
Hitting power dynamometer 2, locking power dynamometer 4, dynamometer motor 5, test slideway 1, testing jig pedestal 6, several adjustable positions
Sensors in place 3.
The bottom for the fan gate cell that need to be detected is mounted on testing jig pedestal 6, and the power plate for testing slideway and gate cell passes through
Metal clip connects, and can not also connect, and is arranged according to actual needs.220V power supplys are accessed, 220V alternating currents can be by ACDC
Conversion electric power carries out AC-DC conversion, and by filter filtering, is used for the other component of test frame.Fan door system
Power supply unite to fan door power supply, fan door action is driven and controlled by fan door drive control module (GCU).
The test slideway includes the horizontal upper transverse slipway being located above, underlying horizontal lower laterally sliding
Road, end slipway, the upper transverse slipway, lower transverse slipway both ends be fixedly mounted on the test platform holder of both sides, institute
It is vertical with upper transverse slipway, lower transverse slipway to state end slipway, both ends are connected on upper and lower transverse slipway, longitudinal sliding
Road can be moved transversely slideway by sliding block or other modes.Hitting power dynamometer 2, locking power dynamometer 4 are mounted on same
On a end slipway or on different end slipways, and slideway it can move up and down along longitudinal direction.The upper transverse slipway, under
Transverse slipway is equipped with multiple sensors in place, and sensors in place being capable of shift position on upper and lower transverse slipway, end slipway.
It is provided with multiple slots on the end slipway, the stud that can be moved is provided in the slot, one end of stud is located in slot, separately
One end reaches outside slot；Multiple slots are provided on the dynamometer mounting plate, the stud is worn out of dynamometer mounting plate slot
Go out, is coordinated by bolt and nut after mobile dynamometer mounting plate is to desired position and angle and be fixed on dynamometer mounting plate
On end slipway.
The same dynamometer may be used to measure hitting power and locking power, push-and-pull need not be connected when measuring hitting power
Motor, connection push-and-pull motor when measuring locking power.Since hitting power is force of the breath, locking power is process power, so practical
In use, measuring force of the breath and process power respectively using two dynamometers.Specifically, by industrial personal computer serial ports connecting test control
Molding block, testing control module are separately connected the sensing in place of two dynamometers and several adjustable positions on test slideway
Device, in two dynamometers one for fanning gate test hitting power, one is stopped power for testing fan door lock, and the amplitude of fan door action can
It is detected by several adjustable sensors in place,.Locking power dynamometer is connected with push-and-pull motor, is surveyed for controlling locking power
Power meter moves to a certain fixed position on slideway, or in test locking power and completes the Self-resetting after locking force threshold measures
Movement.
The application method of the present apparatus is as follows：
(1) two test platform holders are arranged in parallel on testing jig pedestal, form channel between the two, this is logical
The equivalent width of the width in road and the channel of gate to be measured；
(2) bottom of two fan doors of gate to be measured is respectively installed on testing jig pedestal, GCU, the fan door of door will be fanned
System power supply is separately mounted on test platform holder；
(3) both ends for testing slideway are mounted on test platform holder, and end slipway is aligned to the position of fan door, it will
Each sensors in place is adjusted to test position and fixes；
(4) hitting power test is carried out：Fan door is controlled by GCU to close to channel center, is measured using hitting power dynamometer
Hitting power；
(5) locking power test is carried out：Fan door is controlled to channel closed center by GCU, and after the completion of closing, GCU controls are fanned
Door enters lockup state, and locking power is measured using locking power dynamometer.
In the test process of the step (4) and step (5), opening and the closing of fan door are obtained by sensors in place
Position point data and actuation time point.
The step (4) includes：
Instantaneous hitting power test：By end slipway transversely slideway be moved to measure position, by hitting power dynamometer along vertical
It is moved at desired height, rotated hitting power dynamometer, end slipway point after hitting power dynamometer to required angle to slideway
It does not fix, controlling fan door by GCU closes, and fan door hits the hitting power dynamometry for being fixed on and measuring at position in a manner of striking
Meter, hitting power dynamometer record the hitting power instant value of fan door and send testing control module in real time；
Dynamic hitting power is tested：By hitting power dynamometer along longitudinal direction slideway be moved at desired height, rotate hitting power survey
Hitting power dynamometer is fixed after power meter to required angle, controlling fan door by GCU closes, and fan door pushes hitting power dynamometer
Driving end slipway, transversely slideway moves, and hitting power dynamometer records the value of the dynamic hitting power of fan door and sends survey in real time
Try control module.
What the step (5) was realized in：
By end slipway, transversely slideway is moved to and measures position, by locking power dynamometer needed for slideway is moved to along longitudinal direction
Hitting power dynamometer is fixed at height, after rotation hitting power dynamometer to required angle, controlling fan door by GCU closes,
After the completion of closing, GCU control fan doors enter lockup state, and push-and-pull motor pushing locking power dynamometer door leaf-pairing door is squeezed, when
When extruding force reaches the default locking force threshold of fan door, fan door can release lockup state, self-resetting, locking power dynamometer record
Under locking power at this time value, and be transferred to testing control module.
Fan door is carried out by sensors in place releasing lockup state and reset the process of (fan door open returns in cabinet)
The record of action process；
Locking power dynamometer is returned to initial position after completing the test of locking power by the drive of push-and-pull motor, in order to next
Secondary locking power test.
Hitting power, the locking power that door can be fanned to gate by the utility model are measured, are examined and adjustment, to adapt to
The behavior of different regions crowd and build strength characteristics, (if southern and northern people is generally the north on body volume and personal strength
People is better than southerner, therefore fans the northerly locking power of door and a little higher than south of hitting power needs) solve different geographical crowd couple
In hitting power, the demand and accommodation of locking power.
The utility model can be used as the solution party of hardware and software platform for the rail transportation operation quotient for possessing test center
Case meets operator for the type selecting of multi-vendor different types of fan door, test and adjusts fan door fortune according to own operations feature
Dynamic characteristic.More flexible convenient, the product test efficiency of application of gate fan door improves, debugging cost can further decline, reliably
Property further increases.
Above-mentioned technical proposal is a kind of embodiment of the utility model, for those skilled in the art,
On the basis of the utility model discloses principle, it is easy to make various types of improvement or deformation, be not limited solely to this reality
The structure described in novel above-mentioned specific embodiment, thus it is previously described only preferred, and it is not restrictive
Meaning.
Claims (8)
1. a kind of gate fan door hitting power and locking force test device, it is characterised in that：Described device includes testing jig pedestal, two
A test platform holder, test slideway, at least one dynamometer, push-and-pull motor, testing control module；
The bottom of two test platform holders is mounted on the testing jig pedestal, and two test platform holders are parallel to be set
It sets, forms gate passage between the two；
The both ends of the test slideway are separately mounted on the test platform holder of both sides；
The dynamometer is mounted on the test slideway, and can be moved on test slideway；
The testing control module is connect with dynamometer；
The testing control module, push-and-pull motor are mounted on the test platform holder；
The push-and-pull motor can be connect with dynamometer, push dynamometer movement.
2. gate fan door hitting power according to claim 1 and locking force test device, it is characterised in that：The test is slided
Road includes horizontally disposed transverse slipway and vertically disposed end slipway；The both ends of the transverse slipway are respectively and fixedly installed to
On the test platform holder of both sides；
The end slipway is connect with transverse slipway, being capable of transversely slideway movement and fixation；
The dynamometer is mounted on the end slipway, being capable of slideway movement and fixation along longitudinal direction.
3. gate fan door hitting power according to claim 2 and locking force test device, it is characterised in that：It is described laterally sliding
Road includes the upper transverse slipway being located above and underlying lower transverse slipway；
The upper transverse slipway and lower transverse slipway are arranged in parallel, and slot is provided on upper transverse slipway and lower transverse slipway；
The end slipway is vertical with upper transverse slipway, lower transverse slipway, and both ends are connected to by sliding block upper laterally sliding respectively
Road, lower transverse slipway slot in, and can transversely slideway move, after being moved to required position, by lock sheet metal component will indulge
It is locked to slideway；
The upper transverse slipway, lower transverse slipway both ends be respectively and fixedly installed on the test platform holder of both sides.
4. gate fan door hitting power according to claim 3 and locking force test device, it is characterised in that：The dynamometer
Including hitting power dynamometer and locking power dynamometer, the two is mounted on the same end slipway or is separately mounted to different
On end slipway；
The hitting power dynamometer is located at the top of the locking power dynamometer；
The locking power dynamometer is connect with push-and-pull motor.
5. gate fan door hitting power according to claim 4 and locking force test device, it is characterised in that：The dynamometer
It is fixedly mounted on dynamometer mounting plate, the dynamometer mounting plate can be moved on end slipway, be rotated and fix.
6. gate fan door hitting power according to claim 5 and locking force test device, it is characterised in that：Described device into
One step includes multiple sensors in place, slot is provided on the upper transverse slipway, lower transverse slipway, end slipway, in slot
Multiple sliding blocks are installed, each sensors in place by a sliding block be mounted on upper transverse slipway, under slide laterally, end slipway
On, and can move and fix on upper transverse slipway, lower transverse slipway, end slipway；
The sensors in place is connect with testing control module.
7. gate fan door hitting power according to claim 6 and locking force test device, it is characterised in that：In the test
The fan door and system power supply connected to it and GCU of gate to be measured are installed on platform support；
When being opened respectively to both sides, the channel is opened two fan doors, two fan doors respectively to closed center when, the channel
It is closed.
8. gate fan door hitting power according to any one of claims 1 to 7 and locking force test device, it is characterised in that：
The testing jig pedestal is equipped with the fixed hole position of different location.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721804397.5U CN207636226U (en) | 2017-12-21 | 2017-12-21 | A kind of gate fan door hitting power and locking force test device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721804397.5U CN207636226U (en) | 2017-12-21 | 2017-12-21 | A kind of gate fan door hitting power and locking force test device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207636226U true CN207636226U (en) | 2018-07-20 |
Family
ID=62853733
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721804397.5U Withdrawn - After Issue CN207636226U (en) | 2017-12-21 | 2017-12-21 | A kind of gate fan door hitting power and locking force test device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207636226U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108225641A (en) * | 2017-12-21 | 2018-06-29 | 北京中软万维网络技术有限公司 | A kind of gate fan door hitting power and locking force test device and method |
-
2017
- 2017-12-21 CN CN201721804397.5U patent/CN207636226U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108225641A (en) * | 2017-12-21 | 2018-06-29 | 北京中软万维网络技术有限公司 | A kind of gate fan door hitting power and locking force test device and method |
| CN108225641B (en) * | 2017-12-21 | 2023-09-08 | 北京中软万维网络技术有限公司 | Device and method for testing striking force and locking force of gate door |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180720 Effective date of abandoning: 20230908 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20180720 Effective date of abandoning: 20230908 |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |